AM-924: "Anderite"
All three materials are AM-924. Should be AM-924 to AM-926.
This usually occurs when a low-coherency field is suddenly brought to "standard" coherency levels.
I hate to be this way, but what is "suddenly?" You can give something like 3 ACS/s.
after a short period of time at rest.
Average amount of this short period?
with the time to complete separation and distance from the surface varying with the Fausteride in question.
I'd like to know the factors that can make them vary. Amount of fausteride? Temperature?
process is restricted to theDepartment of Occult Concerns.
the Department
Fausteride is an ionic compound
A chemical formula would be nice to add.
Fausteride is an ionic compound, comprised of sulfur, phosphorous, trace amounts of alkanes and inorganic salts
So is this an ionic compound that has alkanes and other inorganic salts as part of its structure? Like NaCl (for example) but with alkanes and inorganic salts also bonded to NaCl?
Or is it a mixture of sulfur, phosphorus, alkanes and inorganic salts?
varying with the Fausteride in question
So there are different kinds of Fausteride? In this case, I would make the term "Fausteride" into a class of compounds that share a general structure. If you want, you could maybe even have Fausteride be a salt of Lethium and some other element.
Fausteride burns for an incredibly long period of time and at high temperatures,
An average amount of time and the temperature at which it burns are recommended.
Azralite is an alkaline metal that
Alkali metal or an alkaline earth metal? Is this supposed to be an element? If so, I would write stuff like its atomic number, atomic weight.
Overall, interesting idea. I can see this being used as a reference by RPC articles. I look forward to the introduction of new materials.
However, I would add tables that list properties. Something like:
Density: |
3g / cm³ |
Boiling Point: |
100°C |
Melting Point: |
0°C |
Resistivity: |
10 Ω |
Molar Mass: |
18.01528 g/mol |